Adaptive identification and filtering based on harmony search
liu tie-nan; feng zhao-bing(dept. of control engineering; daqing petroleum institute; daqing 163318; china)

..............page:306-309

Application of moving horizon estimation in three tank system
zhao hai-yan~1; gao xing-quan~(1; 2); chen hong~1 (1.dept.of control science and engineering; jilin university; changchun 130025; china; 2.dept. of electromechanical engineering; jilin institute of chemical technology; jilin 132022; china)

..............page:298-302

Research on optimal prediction model and algorithm about chaotic time series
jiang wei-jin~1; xu yu-sheng~2; peng zhao-yi~1; sun xin-ming~1; liu chao~1(1.department of computer; zhuzhou institute of technology; zhuzhou 412008; china; 2.college of mechanical engineering and applied electronics; beijing university of technology; beijing 100022; china)

..............page:293-297

Chaotic anticontrol of a class of two-dimensional continuous time linear systems using sampled data
huang wei~(1; 2); zhang hua-guang~1; wang zhi-liang~1(1.school of information & engineering; northeastern university; shenyang 110004; china; 2.petrochemical engineering faculty; liaoning university of petroleum & chemical technology; fushun 113001; china)

..............page:323-326

GA based design of adaptive fuzzy traffic controllers for urban crossroads
wang xiao-wei; wang hui(the research center of its; institute of systems engineering; zhejiang university; hangzhou 310027; china)

..............page:346-351

Robust guaranteed cost PI controller design
xu jian-ming; yu li(college of information engineering; zhejiang university of technology; hangzhou 310032; china)

..............page:332-335

Stabilization controller design for a class of complex systems based on T-S fuzzy
wang yin-he~1; li zhi-yuan~2; dai guan-zhong~3(1.science college of shantou university; shantou 515063; china; 2.department of mathematics; inner mongolia normal university; huhhot 010022; china; 3.department of automatic control; northwestern polytechnic university; xi an 710072; china)

..............page:352-354

Multiple fault diagnosis of hybrid systems based on semi-qualitative method
peng zhao; wang wen-hui; zhou dong-hua(dept.of automatic; tsinghua university; beijing 100084; china)

..............page:378-383

Solving C-TSP with random neural network
wang yi-wen; cong shuang(department of automation; university of science & technology of china; hefei 230027; china)

..............page:359-363

Intelligent PID congestion control algorithm
chen jin-hua; sun jin-sheng(department of automation; nanjing university of science and technology; nanjing 210094; china)

..............page:373-377

Compensation method of networked control system
long cheng-nian; dai shuang-feng; guan xin-ping(institute of electrical engineering; yanshan university; qinhuangdao 066004; china)

..............page:438-443

SAR image denoising based on wavelet fuzzy clustering algorithm
xu wei~(1; 2); he zhan-zhuang~1; song jun~2; huang shi-tan~1; yang liang~1(1.xi an microelectronic technique institute; xi an 710065; china; 2.air force logistics uint of lanzhou military area; lanzhou 730020; china)

..............page:426-429

Robust digital image watermarking against shearing based on 3D wavelet transform
deng ming-hui; hao yan-ling( college of automatic; harbin engineering university; harbin 150001; china)

..............page:420-425

Compound approach for fault diagnosis on nonlinear system
hao han-yong; sun zeng-qidepartment of computer science and technology; tsinghua university; beijing 100084; china)

..............page:406-410

ALV vision navigation based on road structure characteristic
deng jian-wen; an xiang-jing; he han-gen(institute of automation; mechatronics and automation school; national university of defense technology; changsha 410073; china)

..............page:415-419

Performance analysis and evaluation of Profibus and FF
zhou yue~(1; 2); yu hai-bin~1; wang tian-ran~1; yuan ming-zhe~1(1.shenyang institute of automation; chinese academy of sciences; shenyang 110016; china; 2.shenyang architecture and civil engineering institute; shenyang 110168; china)

..............page:434-437

Ethernet based fieldnet control systems
liu guo-ping~(1; 2); li ju-guang~1; nie xue-yuan~1; zheng geng~1(1.institute of automation; chinese academy of sciences; beijing 10080; china; 2.school of electronics; university of glamorgan; pontypridd cf37 1dl; uk)

..............page:444-448

Arithmetic research based on wavelet transform multi-layer block matching multi-target tracking
wang rong-hui~1; liu gang~2(1.dept.of electric and electronic information; jilin institute of architecture engineering; changchun 130021; china; 2.changchun institute of optics; fine mechanics and physics; chinese academy of science; changchun 130022; china)

..............page:430-433

Method of 3D visualization using laser radar on board of mobile robot
qing hui-ling; cai zi-xing(information science & engineering college of central south university; changsha 410083; china)

..............page:411-414

Model predictive control for complex systems based on dynamic recurrent neural network
li xiu-gai~(1; 2); huang de-xian~1(1.department of automation; tsinghua university; beijing 100084; china; 2.complex system and intelligent science lab; institute of automation; chinese academy of sciences; beijing 100080; china)

..............page:369-372

Semiglobal stabilization of class of nonlinear systems with dynamic output feedback
li biao; zhai jing-chun; zhang yong(department of basic sciences; naval aeronautical engineering institute; yantai 264001; china)

..............page:336-340

Monitoring batch processes using multiway Fisher discriminnant analysis
chen ya-hua; jiang li-ying; guo ming; wang shu-qingadvanced process control; zhejiang university; hangzhou 310027; china)

..............page:384-387

Classified-model soft sensing method for Kappa number of pulp based on wavelet transform
zhang jian; li yan; huang dao-ping; zhu xue-feng; shi bu-hai(college of automation science & engineering; south china university of technology; guangzhou 510640; china)

..............page:388-391

Process fault monitoring via reconstruction
wang qi; s. joe qin(department of chemical engineering; university of texas at austin austin; texas 78712; usa)

..............page:401-405

Observer-based robust fault-tolerant control for descriptor systems
liang bing; duan guang-ren (center for control theory and guidance technology; harbin institute of technology; p. o. box 416; harbin 150001; china)

..............page:392-396

MWMPCA with application to batch processes monitoring
di li-qing~1; zhang jie~2; yang xian-hui~1(1.department of automation; tsinghua university; beijing 100084; china; 2.school of chemical engineering and advanced materials; university of newcastle; uk ne17ru)

..............page:397-400

T-S model-based guaranteed cost control for a class of discrete time uncertain systerms with delay
shi zhong; ma guang-fu; hu qing-lei (dept. of control science & engineering; harbin institute of technology; harbin 150001; china)

..............page:364-368

Key technology and industrial application of model predictive control engineering software
zhao jun; li tian-peng; qian ji-xin(institute of systems engineering; zhejiang university; hangzhou 310027; china)

..............page:341-345

Adaptive sliding control of precision permanent magnet linear motors
zhao hu~1; li rui~2 (1. department of control science and technology; huazhong university of sci. & tech.; wuhan 430074; china; 2. management school; huazhong university of sci. & tech.; wuhan 430074; china)

..............page:318-322

Output feedback stabilization criterion for linear systems with multiple delays
ma xin-jun; xu bu-gong(the laboratory of real-time control through internet and field-buses; college of automatic science & engineering; south china university of technology; guangzhou 510640; china)

..............page:314-317

Visualization of security stability regions and computation of bifurcations of power systems
wang jin-liang~1; mei sheng-wei~2; lu qiang~2; f f wu~3; kok-lay teo~4(1.limb of the ministry of eduation; dept. of mathematics; beijing university of aeronaut and astronaut; beijing 100083; china; 2.dept. of electrical engineering; tsinghua university; beijing 100084; china; 3.dept. of electrical & electronic engineering; hong kong university; hong kong; china; 4.dept of applied mathematics; hong kong polytechnic university; hong kong; china)

..............page:327-331

Optimization on reactor of acrylonitrile apparatus based on principal component analysis and system cluster
li yong-gang; jiang ai-ping (research institute of automation; east china univserstiy of science & technology; shanghai 200237; china)

..............page:310-313

Single machine scheduling with controllable maintenance
zhang li-hua~(1; 2); tu feng-sheng~2(1.college of mathematics and systems science; shenyang normal univesity; shenyang 110034; china; 2.college of information technology and sciences; nankai university; tianjin 300071; china)

..............page:303-305

Gain self-adaptation IMC tuning PID control for time-delay system
wang jian-guo; zhang jing-gang; zhao zhi-cheng(department of automation; taiyuan heavy machinery institute; taiyuan 030024; china)

..............page:355-358